Abstract: A structure of a high luminance LED and a high luminance LD is provided. The present invention provides a light emitting device containing, on a zinc blend-type BP layer formed on an Si substrate, an AlyInxGazN (y?0, x>0) crystal as a mother crystal maintaining the zinc blend-type crystal structure and In dots having an In concentration higher than that of the AlyInxGazN (y?0, x>0) crystal as the mother crystal.

Abstract: A method for producing a GaN-based crystal includes forming a Zinc-blend type BP crystal layer on a Si substrate; forming an In-containing layer, on the BP crystal layer, with such a thickness as to keep the Zinc-blend type structure; and forming a Zinc-blend type GaN-based crystal layer on the In-containing layer. The In-containing layer is a metallic In layer having a thickness of 4 atom layers or less, an InGaN layer having a thickness of 2 nm or less, an InAl mixture layer having a thickness of 4 atom layers or less and containing Al at 10% or less, or an AlInGaN layer having a thickness of 2 nm or less and containing Al at 10% or less.

Abstract: A structure of a high luminance LED and a high luminance LD is provided. The present invention provides a light emitting device containing, on a zinc blende-type BP layer formed on an Si substrate, an AlyInxGazN (y?0, x>0) crystal as a mother crystal maintaining the zinc blende-type crystal structure and In dots having an In concentration higher than that of the AlyInxGazN (y?0, x>0) crystal as the mother crystal.

Abstract: A method for producing a GaN-based crystal includes forming a Zinc-blende type BP crystal layer on a Si substrate; forming an In-containing layer, on the BP crystal layer, with such a thickness as to keep the Zinc-blende type structure; and forming a Zinc-blende type GaN-based crystal layer on the In-containing layer. The In-containing layer is a metallic In layer having a thickness of 4 atom layers or less, an InGaN layer having a thickness of 2 nm or less, an InAl mixture layer having a thickness of 4 atom layers or less and containing Al at 10% or less, or an AlInGaN layer having a thickness of 2 nm or less and containing Al at 10% or less.

Abstract: Systems and methods are described herein to provide a health care account processing solution that can (1) provide financial security when a participant experiences unexpected major medical expenses the participant may not otherwise be able to afford, (2) provide control of health care decisions to participants and providers, (3) reduce overhead and structural costs required to administer traditional health insurance plans, (4) reduce over-utilization and under-utilization of health care through a participant-controlled health care spending account that can be coupled with a health and wellness program (e.g., a rewards-based wellness program), and (5) encourage provider competition through the use of cash based, point-of-sale payments and transparent pricing. The systems and methods discussed herein describe, among other things, computer-implemented, rules-based systems for managing the health care accounting solution introduced above.

Abstract: The invention relates to a bearing frame for a panel, of the type comprising a peripheral structure (1, 1?) for receiving a panel (20), including at least three mounts (2, 3, 4, 5, 2?, 3?, 4?, 5?) defining a frame in which the lower face defines a reference plane (P, P?), in which at least one mount (2, 5; 5) includes a wing (90,100; 90?) extending on the entire length thereof towards the outside of the frame in parallel with the upper face of the frame, the frame comprising at least one precut metal strip (30) stamped, folded and assembled by welding, in particular laser welding, characterised in that the peripheral structure (1, 1?) is hollow and in that it further comprises inner and outer connection means (14, 16, 17) and an electric linking means (18) between the inner and outer connection means, provided inside the hollow peripheral structure.

Abstract: Supporting frame for an electrically active panel comprising a peripheral structure for receiving an electrically active panel, the peripheral structure including an internal electrical connector for connection to an electrically active panel carried by the frame, at least one first external electrical connector for connection to a first means external to the frame, and an electrical link for electrically linking at least the internal electrical connector to at least the first external electrical connector, the electrical linking link extending along the peripheral structure so as to be concealed by the peripheral structure, the peripheral structure comprising a hollow portion in which the electrical link is received. The peripheral structure is a framework consisting of tubular uprights, the internal electrical connector and external electrical connector extending through a wall of the uprights on which they are disposed and the electrical link extending inside the tubular uprights.

Abstract: Structure (1) for mounting, on a building wall, at least one frame (50) consisting of a rectangular framework (51), comprising a carcass (2) made of at least two uprights (3) and at least two crossbars (4) assembled so as to form at least one rectangular underframe (15) adapted for receiving a frame (50), and means for fixing at least one frame on the carcass, each upright (3) having a central core (31) bordered by two side wings (32, 33) comprising recesses (38, 39) for receiving the crossbars (4). Each crossbar (4) has a central core (40) and side wings (41, 42) comprising recesses in line with the uprights (3) at the intersections between the crossbars (4) and the uprights (3) in such a way that the wings of the uprights (3) and the crossbars (4), extending on the inner periphery of the rectangular underframe (15), form a projecting border on which a frame (5) may be fitted. Wall provided with a structure of this type on which panel-holding frames are mounted.

Abstract: Supporting frame for an electrically active panel comprising a peripheral structure for receiving an electrically active panel, the peripheral structure including an internal electrical connector for connection to an electrically active panel carried by the frame, at least one first external electrical connector for connection to a first means external to the frame, and an electrical link for electrically linking at least the internal electrical connector to at least the first external electrical connector, the electrical linking link extending along the peripheral structure so as to be concealed by the peripheral structure, the peripheral structure comprising a hollow portion in which the electrical link is received. The peripheral structure is a framework consisting of tubular uprights, the internal electrical connector and external electrical connector extending through a wall of the uprights on which they are disposed and the electrical link extending inside the tubular uprights.

Abstract: Supporting frame for an electrically active panel comprising a peripheral structure (1) for receiving an electrically active panel (20), the peripheral structure (1) of which comprises an internal electrical connection means (14) for connection to an electrically active panel (20) carried by the frame, at least one first external electrical connection means (16) for connection to a first means external to the frame, and electrical linking means (18) for electrically linking at least the internal electrical connection means (14) to at least the first external electrical connection means (16), the electrical linking means (18) extending along the peripheral structure so as to be concealed by the peripheral structure, the peripheral structure comprising a hollow portion (25) in which the electrical linking means (18) are received.

Abstract: The invention relates to a bearing frame for a panel, of the type comprising a peripheral structure (1, 1?) for receiving a panel (20), including at least three mounts (2, 3, 4, 5, 2?, 3?, 4?, 5?) defining a frame in which the lower face defines a reference plane (P, P?), in which at least one mount (2, 5; 5) includes a wing (90,100; 90?) extending on the entire length thereof towards the outside of the frame in parallel with the upper face of the frame, the frame comprising at least one precut metal strip (30) stamped, folded and assembled by welding, in particular laser welding, characterised in that the peripheral structure (1, 1?) is hollow and in that it further comprises inner and outer connection means (14, 16, 17) and an electric linking means (18) between the inner and outer connection means, provided inside the hollow peripheral structure.

Abstract: Supporting frame for an electrically active panel comprising a peripheral structure (1) for receiving an electrically active panel (20), the peripheral structure (1) of which comprises an internal electrical connection means (14) for connection to an electrically active panel (20) carried by the frame, at least one first external electrical connection means (16) for connection to a first means external to the frame, and electrical linking means (18) for electrically linking at least the internal electrical connection means (14) to at least the first external electrical connection means (16), the electrical linking means (18) extending along the peripheral structure so as to be concealed by the peripheral structure, the peripheral structure comprising a hollow portion (25) in which the electrical linking means (18) are received.

Abstract: Structure (1) for mounting, on a building wall, at least one frame (50) consisting of a rectangular framework (51), comprising a carcass (2) made of at least two uprights (3) and at least two crossbars (4) assembled so as to form at least one rectangular underframe (15) adapted for receiving a frame (50), and means for fixing at least one frame on the carcass, each upright (3) having a central core (31) bordered by two side wings (32, 33) comprising recesses (38, 39) for receiving the crossbars (4). Each crossbar (4) has a central core (40) and side wings (41, 42) comprising recesses in line with the uprights (3) at the intersections between the crossbars (4) and the uprights (3) in such a way that the wings of the uprights (3) and the crossbars (4), extending on the inner periphery of the rectangular underframe (15), form a projecting border on which a frame (5) may be fitted. Wall provided with a structure of this type on which panel-holding frames are mounted.